IPEC Power Energy Monitor Board Overview
An overview of the IPEC board, showing the various connections and options available. The board was designed to be compact, flexible and functional, combined with safe and…
Read MoreAn overview of the IPEC board, showing the various connections and options available. The board was designed to be compact, flexible and functional, combined with safe and…
Read MoreIPEC, IoT Power Energy Controller and Monitor SDK boards, are in, successfully tested and available for purchase! The first production batch of both IPEC board variants (ESP32E…
Read MoreThe below guide shows the Mains and Solar Power Energy Monitor Board options available. With three current models of Power Energy Monitors, three ATM devices (ATM90E26, ATM90E32…
Read MoreEPEM follows in the successful development footsteps of the IPEM and IPEC Power Energy Monitoring Boards. EPEM is an Ethernet Power Energy Monitor and Controller. 3 Phase, or 3 x Single…
Read MoreThe below two videos show the IPEC board outputting PWM and DAC voltages, which are directly controlled via the IPEC ATM90E32 and CT Clamp Input. A current…
Read MoreBoth the IPEC and IPEX BETA boards have been undergoing initial bring up and beta testing – which is going very well and all positive for the…
Read MoreA range of enhancements have been made to the original Bring-Up Test Code – it is now a full application. The latest updates include a range of…
Read MoreThe IPEM ESP32UE ATM90E32 IoT Power Energy Monitor – with External U.FL Connector and Antenna – Now is stock.
Read MoreExpanding the Home Automation boards for precision voltage monitoring, now features the new PVIM board SDK. Further details of this latest project can be found https://www.hackster.io/ditronix/pvim-esp32-ad7606-precision-voltage-iot-monitor-sdk-board-acbe1f https://github.com/DitroniX/PVIM-Precision-Voltage-IoT-Monitor…
Read MoreBased on the ESP32 (with PCB Antenna), and ATM90E32, the IPEM boards are now in stock. Due to the amount of interest, the next production is already…
Read More